Deployable laboratory environment

A deployable laboratory environment, comprising:

• a foundation comprising a movement corridor;
• a first module and a second module that are each a partial shell with an interior and an exterior, the first module comprising a first longitudinal axis and a first junction side having at least one opening framed by a first interface, and the second module comprising a second longitudinal axis and a second junction side having at least one opening framed by a second interface;
• a first weather cover moveably coupled to the first module through four pivot arms;
• and
• a second weather cover moveably coupled to the second module through four pivot arms;
• wherein the first module is rotatably coupled to the foundation through a first swivel joint, the second module is rotatably coupled to the foundation through a second swivel joint, and at least one of the first swivel joint and the second swivel joint is moveably coupled to the foundation and able to translate linearly along the movement corridor;
• wherein the first module, the first weather cover, the second module, and the second weather cover are movable between a travel configuration and an intermediate configuration, and between the intermediate configuration and a deployed configuration;
• wherein the travel configuration comprises:
• the first longitudinal axis, the second longitudinal axis, and the movement corridor being substantially parallel to each other;
• the first weather cover covering the at least one opening of the first junction side such that the interior of the first module is enclosed;
• the second weather cover covering the at least one opening of the second junction side such that the interior of the second module is enclosed;
• wherein the intermediate configuration comprises:
• the first longitudinal axis and the second longitudinal axis both being substantially perpendicular to the movement corridor;
• the first junction side and the second junction side facing each other;
• the first weather cover moved away from the at least one opening of the first junction side and positioned above the first module such that the interior of the first module is exposed and the first interface is unobstructed by the first weather cover;
• the second weather cover moved away from the at least one opening of the second junction side and positioned above the second module such that the interior of the second module is exposed and the second interface is unobstructed by the second weather cover;
• wherein the deployed configuration comprises:
• the first module being releasably coupled to the second module such that the first interface is joined with the second interface and the interiors of the first module and the second module are combined and partitioned into a measurement compartment and an instrumentation compartment which are both shielded sufficient to meet an EMC testing standard;
• the first weather cover positioned above the first module and sloped;
• the second weather cover positioned above the second module and sloped;
• the first weather cover coupled to the second weather cover to form a roof above and covering at least the first junction side and the second junction side;
• wherein the foundation is a wheeled trailer;
• wherein the deployable laboratory environment has a width of at most 8.5 feet and a height of at most 13.5 feet when the first module and the second module are in the travel configuration.